The invention belongs to the technical field of earthquake engineering simulation research, and discloses a dam body shock test simulation device with controllable vibration frequency zoning. The simulation device mainly comprises a data acquisition system, a vibration table module, a foundation box, a foundation and a dam body, wherein the vibration table module comprises a high-frequency vibration table and a low-frequency vibration table; the dam body receives transmitted low-frequency and high-frequency synthesized vibration; a water tank communicated with the foundation box in a flexiblesealing manner is fixedly arranged on the low-frequency vibration table; the dam body divides communicated zones into upstream and downstream water body zones; the upstream water body zone is arrangedon one side of the water tank; upstream water in the upstream water body zone receives low-frequency vibration; the low-frequency vibration acts on the dam body; and a damping boundary body is arranged between the foundation box and the foundation. The device adopts high- and low-frequency vibration zoning simulation, so that dam body shock test simulation more meets an actual use condition of alarge-scale high dam; obtained test data tends to be reasonable and accurate; and the test cost is lowered.